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GSA2016 ANNUAL MEETING & EXPOSITION

T161. From Bouncing Grains to Cemented Sandstones: Aeolian           Advocates: Christian Koeberl; Jeffrey Plescia                         GSA TODAY | www.geosociety.org/gsatoday
Processes and Stratigraphy in the Solar System                         This session focuses on the nature of impact craters and
Cosponsors: GSA Planetary Geology Division; GSA Sedimentary
Geology Division                                                     processes on Earth and other planets. We solicit contributions
Disciplines: Planetary Geology, Geomorphology, Sediments, Clastic    regarding shock processes, modeling, geology, and airbursts.
Advocates: Mathieu G.A. Lapôtre; Christy Swann; R. Aileen Yingst     Comparisons among different size and composition bodies
                                                                     are encouraged.
  Wind is an important agent of sediment transport on many
planetary bodies. This session seeks contributions to our under-     T166. Large Igneous Provinces (LIPs) in the Solar System
standing of aeolian processes and how they inform our interpreta-    Cosponsors: GSA Planetary Geology Division; GSA Mineralogy,
tion of sedimentary rocks in the Solar System.                       Geochemistry, Petrology, and Volcanology Division; Large Igneous
                                                                     Provinces Commission of the International Association of
T162. From Stardust to Planets: A Geological Tour of the Career      Volcanology and Chemistry of the Earth’s Interior (IAVCEI)
of Harry Y. McSween Jr.                                              Disciplines: Planetary Geology, Volcanology, Petrology, Igneous
Cosponsors: GSA Planetary Geology Division; GSA Mineralogy,          Advocates: Tracy K.P. Gregg; Richard E. Ernst
Geochemistry, Petrology, and Volcanology Division
Disciplines: Planetary Geology, Petrology, Igneous, Geochemistry       Large Igneous Provinces (LIPs) are common on Earth and the
Advocates: Tasha Dunn; Rhiannon Mayne                                terrestrial planets. This session explores the differences and simi-
                                                                     larities of LIPs throughout the Solar System.
  This session will highlight the career of Hap McSween and his
contributions to the field of planetary geology. Topics of interest  T167. Mineral Spectroscopy—Harnessing Energy to Probe Solid
include meteorites (chondrites, HEDs, and SNCs), small bodies        Bodies in the Solar System: The G.K. Gilbert Award Session
(Vesta), and Martian surface petrology.                              Cosponsors: GSA Planetary Geology Division; GSA Mineralogy,
                                                                     Geochemistry, Petrology, and Volcanology Division
T163. Frontiers in Geochronology: Ancient Systems and                Disciplines: Planetary Geology, Mineralogy/Crystallography,
Planetary Environments                                               Geochemistry
Cosponsor: GSA Planetary Geology Division                            Advocates: Debra L. Buczkowski; Rachel L. Klima
Disciplines: Planetary Geology, Geochemistry, Precambrian
Geology                                                                We encourage abstract submissions related to mineral spectros-
Advocate: Dina M. Bower                                              copy, from fundamental laboratory work and modeling through
                                                                     applications using remotely sensed data from orbiters, telescopes,
  Geochronology, the calibration of the timing of geologic           or landers.
processes or events, encompasses a wide range of analytical
techniques. This session explores the most current advances          T168. Past and Present Biosignature Recognition on Earth,
in geochronology with applications to ancient Earth and              Mars, and Beyond
exoplanetary systems.                                                Cosponsors: GSA Planetary Geology Division; GSA Sedimentary
                                                                     Geology Division; Paleontological Society
T164. Geology of the Pluto System                                    Disciplines: Planetary Geology, Geochemistry, Sediments,
Cosponsor: GSA Planetary Geology Division                            Carbonates
Disciplines: Planetary Geology, Geochemistry, Geophysics/            Advocates: Sally L. Potter-McIntyre; Tom M. McCollom; Charity
Geodynamics                                                          Phillips-Lander
Advocates: William B. McKinnon; Jeffrey M. Moore
                                                                       Diagnosing and interpreting biosignatures is dependent on
  The New Horizons mission has revealed surprisingly complex         whether the biota is extant or preserved in the rock record. This
geology on the surfaces of Pluto and Charon. This session high-      forum will discuss advances in the search for life on Earth, Mars,
lights the geological diversity of both bodies, as well as evidence  and other planetary bodies.
for vigorous, ongoing activity on Pluto.
                                                                     T169. Planetary Geologic Mapping: Exploring the Solar System
T165. Impact Cratering on Earth and throughout the Solar System      Cosponsor: GSA Planetary Geology Division
Cosponsors: GSA Planetary Geology Division; GSA Geophysics           Discipline: Planetary Geology
Division; GSA Mineralogy, Geochemistry, Petrology, and Volcanology   Advocates: Debra L. Buczkowski; David A. Williams
Division; GSA Quaternary Geology and Geomorphology Division
Disciplines: Planetary Geology, Geochemistry, Tectonics/               We encourage abstract submissions related to the description of
Tectonophysics                                                       the geologic mapping (and subsequent analysis) of solid solar system
                                                                     bodies, including the terrestrial planets, moons, and asteroids.

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